LC LED-V546RGB2D: 5mm RGB Oval LED Lamp

LC LED 5mm Oval RGB LED 120 / 40 Degree Milky Len

PRODUCT DESCRIPTION

 

(1) RoHS REACH Compliant Part

(4) Consistent Pixelated Intensity and Color

(2) 5.2mm x 3.8mm 5mm Oval RGB LED

(5) Moisture & UV Resistance Epoxy Len

(3) Excellent RGB Color & Intensity Mixing Characteristics

(6) LED Die Pre-Sorted by Voltage, Color & Intensity

 

 

Absolute Maximum Rating (Ta = 250C)

 

PARAMETER

MAXIMUM RATING

UNITS

DC Forward Current

30

mA

Peak Pulse Forward Current (1)

100

mA

Reverse Voltage

5

V

Operating Temperature

-30 to +100

0C

Storage Temperature

-40 to +100

0C

Lead Soldering Temperature

2600C for 6 seconds
(1.0mm or 0.63 inch from Body)

(1)  1/10 Duty Cycle and 0.1msec max. pulse width and for long operating life recommended max. of 20mA

 

 

 

Electro-optical Characteristics (Ta = 250C)

 

PARAMETER

SYMBOL

CONDITIONS

MIN.

TYP.

MAX.

UNIT

DC Forward Voltage (Red)

VF

IF = 20mA

1.80

 

2.20

V

DC Forward Voltage (Green)

VF

IF = 20mA

2.95

 

3.50

V

DC Forward Voltage (Blue)

VF

IF = 20mA

3.00

 

3.50

V

DC Reverse Current

IR

VR = 5V

10

mA

Luminous Intensity (Red)

IV

IF = 20mA

 

850

 

mcd

Luminous Intensity (Green)

IV

IF = 20mA

 

1,200

 

mcd

Luminous Intensity (Blue)

IV

IF = 20mA

 

550

 

mcd

Chromaticity Coordinate (Red)

Wavelength

IF = 20mA

X = 0.70, Y = 0.30 (620nm)

nm

Chromaticity Coordinate (Green)

Wavelength

IF = 20mA

X = 0.17, Y = 0.70 (520nm)

nm

Chromaticity Coordinate (Blue)

Wavelength

IF = 20mA

X = 0.13, Y = 0.075 (467.5nm)

nm

Viewing Angle

2q1/2

IF = 20mA

 

120 / 40

 

Deg.

 

Electro-Optical Characteristics Curve

Fig 1. Relative Intensity vs. Wavelength

Fig 2. Relative Intensity vs. Wavelength

Fig 3. Relative Intensity vs. Wavelength

Fig 4. Relative Intensity vs. Current

Fig 5. Relative Intensity vs. Temperature

Fig 6. Forward Current vs. Temperature

 

 

 

 

DEVICE DRAWING

 


LC LED Corporation